PhosphoNET

           
Protein Info 
   
Short Name:  CTTNBP2
Full Name:  Cortactin-binding protein 2
Alias:  C7orf8; cortactin binding protein 2; cortactin-binding 2; CORTBP2; CTTB2; KIAA1758; Orf4
Type: 
Mass (Da):  181051
Number AA:  1663
UniProt ID:  Q8WZ74
International Prot ID:  IPI00103869
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1S7_MATDGASCEPDLSR
Site 2S13ASCEPDLSRAPEDAA
Site 3T35KKEFDVDTLSKSELR
Site 4S37EFDVDTLSKSELRML
Site 5S39DVDTLSKSELRMLLS
Site 6Y75EVFIQERYGRFNLND
Site 7Y91FLALQRDYEAGAGDK
Site 8S126KKMQERMSAQLAAAE
Site 9S134AQLAAAESRQKKLEM
Site 10T206LEEEKKKTNELEEEL
Site 11S214NELEEELSAEKRRST
Site 12S220LSAEKRRSTEMEAQM
Site 13T221SAEKRRSTEMEAQME
Site 14S232AQMEKQLSEFDTERE
Site 15T236KQLSEFDTEREQLRA
Site 16T252LNREEAHTTDLKEEI
Site 17T253NREEAHTTDLKEEID
Site 18S273IEQLKRGSDSKPSLS
Site 19S275QLKRGSDSKPSLSLP
Site 20S278RGSDSKPSLSLPRKT
Site 21S280SDSKPSLSLPRKTKD
Site 22T285SLSLPRKTKDRRLVS
Site 23S292TKDRRLVSISVGTEG
Site 24S294DRRLVSISVGTEGTV
Site 25T302VGTEGTVTRSVACQT
Site 26S304TEGTVTRSVACQTDL
Site 27T325HMKKLPLTMPVKPST
Site 28S334PVKPSTGSPLVSANA
Site 29S338STGSPLVSANAKGSV
Site 30S348AKGSVCTSATMARPG
Site 31S361PGIDRQASYGDLIGA
Site 32Y362GIDRQASYGDLIGAS
Site 33S377VPAFPPPSANKIEEN
Site 34S387KIEENGPSTGSTPDP
Site 35S390ENGPSTGSTPDPTSS
Site 36T391NGPSTGSTPDPTSST
Site 37T395TGSTPDPTSSTPPLP
Site 38S396GSTPDPTSSTPPLPS
Site 39S397STPDPTSSTPPLPSN
Site 40T398TPDPTSSTPPLPSNA
Site 41S403SSTPPLPSNAAPPTA
Site 42T412AAPPTAQTPGIAPQN
Site 43S420PGIAPQNSQAPPMHS
Site 44S427SQAPPMHSLHSPCAN
Site 45S430PPMHSLHSPCANTSL
Site 46S436HSPCANTSLHPGLNP
Site 47T466PDQNGNTTQSPPSRD
Site 48S468QNGNTTQSPPSRDVS
Site 49S471NTTQSPPSRDVSPTS
Site 50S475SPPSRDVSPTSRDNL
Site 51T477PSRDVSPTSRDNLVA
Site 52S478SRDVSPTSRDNLVAK
Site 53T491AKQLARNTVTQALSR
Site 54S497NTVTQALSRFTSPQA
Site 55T500TQALSRFTSPQAGAP
Site 56S501QALSRFTSPQAGAPS
Site 57S508SPQAGAPSRPGVPPT
Site 58T515SRPGVPPTGDVGTHP
Site 59T520PPTGDVGTHPPVGRT
Site 60S528HPPVGRTSLKTHGVA
Site 61T531VGRTSLKTHGVARVD
Site 62S553PPKKPGLSQTPSPPH
Site 63T555KKPGLSQTPSPPHPQ
Site 64S557PGLSQTPSPPHPQLK
Site 65S569QLKVIIDSSRASNTG
Site 66S570LKVIIDSSRASNTGA
Site 67S573IIDSSRASNTGAKVD
Site 68T583GAKVDNKTVASTPSS
Site 69S586VDNKTVASTPSSLPQ
Site 70T587DNKTVASTPSSLPQG
Site 71S590TVASTPSSLPQGNRV
Site 72S606NEENLPKSSSPQLPP
Site 73S607EENLPKSSSPQLPPK
Site 74S608ENLPKSSSPQLPPKP
Site 75S616PQLPPKPSIDLTVAP
Site 76S672CSSINPVSASSCRPG
Site 77S674SINPVSASSCRPGAS
Site 78S675INPVSASSCRPGASD
Site 79T687ASDSLLVTASGWSPS
Site 80Y739EEGLDINYSCEDGHS
Site 81S740EGLDINYSCEDGHSA
Site 82S746YSCEDGHSALYSAAK
Site 83Y749EDGHSALYSAAKNGH
Site 84S750DGHSALYSAAKNGHT
Site 85T757SAAKNGHTDCVRLLL
Site 86T812HAADGGQTPLYLACK
Site 87Y815DGGQTPLYLACKNGN
Site 88S837LEAGTNRSVKTTDGW
Site 89T841TNRSVKTTDGWTPVH
Site 90T845VKTTDGWTPVHAAVD
Site 91T853PVHAAVDTGNVDSLK
Site 92S858VDTGNVDSLKLLMYH
Site 93Y864DSLKLLMYHRIPAHG
Site 94S873RIPAHGNSFNEEESE
Site 95S879NSFNEEESESSVFDL
Site 96S881FNEEESESSVFDLDG
Site 97S882NEEESESSVFDLDGG
Site 98S892DLDGGEESPEGISKP
Site 99S897EESPEGISKPVVPAD
Site 100T949RRDKCNRTVHDVATD
Site 101T955RTVHDVATDDCKHLL
Site 102S982SVGEIEPSNYGSDDL
Site 103Y984GEIEPSNYGSDDLEC
Site 104S986IEPSNYGSDDLECEN
Site 105T1004ALNIRKQTSWDDFSK
Site 106S1005LNIRKQTSWDDFSKA
Site 107S1010QTSWDDFSKAVSQAL
Site 108S1014DDFSKAVSQALTNHF
Site 109T1018KAVSQALTNHFQAIS
Site 110S1043TCNNTTDSNIGLSAR
Site 111S1048TDSNIGLSARSIRSI
Site 112T1056ARSIRSITLGNVPWS
Site 113S1063TLGNVPWSVGQSFAQ
Site 114S1067VPWSVGQSFAQSPWD
Site 115S1071VGQSFAQSPWDFMRK
Site 116T1085KNKAEHITVLLSGPQ
Site 117S1097GPQEGCLSSVTYASM
Site 118Y1113PLQMMQNYLRLVEQY
Site 119Y1120YLRLVEQYHNVIFHG
Site 120Y1135PEGSLQDYIVHQLAL
Site 121S1187CLIPVKQSPSKKKII
Site 122S1189IPVKQSPSKKKIIII
Site 123S1203ILENLEKSSLSELLR
Site 124S1204LENLEKSSLSELLRD
Site 125S1206NLEKSSLSELLRDFL
Site 126S1220LAPLENRSTESPCTF
Site 127T1221APLENRSTESPCTFQ
Site 128S1223LENRSTESPCTFQKG
Site 129T1226RSTESPCTFQKGNGL
Site 130Y1238NGLSECYYFHENCFL
Site 131S1299KFKGQAPSPCDPVCK
Site 132T1350VPGHAQVTVKWMSKL
Site 133S1372RVQEAILSRASVKRQ
Site 134S1375EAILSRASVKRQPGF
Site 135T1386QPGFGQTTAKRHPSQ
Site 136S1392TTAKRHPSQGQQAVV
Site 137T1426RAELDQHTADFKGGS
Site 138S1437KGGSFPLSIVSSYNT
Site 139S1440SFPLSIVSSYNTCNK
Site 140S1441FPLSIVSSYNTCNKK
Site 141T1444SIVSSYNTCNKKKGE
Site 142S1461AWRKVNTSPRRKSGR
Site 143S1466NTSPRRKSGRFSLPT
Site 144S1470RRKSGRFSLPTWNKP
Site 145T1473SGRFSLPTWNKPDLS
Site 146S1480TWNKPDLSTEGMKNK
Site 147T1488TEGMKNKTISQLNCN
Site 148S1499LNCNRNASLSKQKSL
Site 149S1501CNRNASLSKQKSLEN
Site 150S1505ASLSKQKSLENDLSL
Site 151S1511KSLENDLSLTLNLDQ
Site 152S1521LNLDQRLSLGSDDEA
Site 153S1524DQRLSLGSDDEADLV
Site 154S1536DLVKELQSMCSSKSE
Site 155S1539KELQSMCSSKSESDI
Site 156S1540ELQSMCSSKSESDIS
Site 157S1542QSMCSSKSESDISKI
Site 158S1544MCSSKSESDISKIAD
Site 159S1547SKSESDISKIADSRD
Site 160S1552DISKIADSRDDLRMF
Site 161S1561DDLRMFDSSGNNPVL
Site 162S1562DLRMFDSSGNNPVLS
Site 163S1569SGNNPVLSATINNLR
Site 164S1580NNLRMPVSQKEVSPL
Site 165S1585PVSQKEVSPLSSHQT
Site 166S1588QKEVSPLSSHQTTEC
Site 167S1589KEVSPLSSHQTTECS
Site 168T1592SPLSSHQTTECSNSK
Site 169T1593PLSSHQTTECSNSKS
Site 170S1596SHQTTECSNSKSKTE
Site 171S1598QTTECSNSKSKTELG
Site 172S1600TECSNSKSKTELGVS
Site 173T1602CSNSKSKTELGVSRV
Site 174S1607SKTELGVSRVKSFLP
Site 175S1618SFLPVPRSKVTQCSQ
Site 176S1624RSKVTQCSQNTKRSS
Site 177T1627VTQCSQNTKRSSSSS
Site 178S1630CSQNTKRSSSSSNTR
Site 179S1631SQNTKRSSSSSNTRQ
Site 180S1632QNTKRSSSSSNTRQI
Site 181S1634TKRSSSSSNTRQIEI
Site 182T1636RSSSSSNTRQIEINN
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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